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Advanced Aerodynamics and Advanced Structural Analysis.
Advanced Structural Analysis.
Advanced Structural Analysis and Aerodynamics.
Aerodynamics and Airplane Stress Analysis.
Airplane Stress Analysis.
Airplane Stress Analysis, Airships and Autogiro.
Design and Dynamics of Aircraft.
Dynamics of Aircraft (Longitudinal Stability).
Dynamics of Aircraft.
Dynamics of Aircraft and Modern Applied Aerodynamics.
Modern Applied Aerodynamics and Performance.
Performance, Rotary (Autogiros), Rotary (Helicopters), and Seaplanes.
Seaplanes and Vibration.
Aircraft to Airflow.
American to Bell.
Bell to Bennett.
Bibliography to Chappedelaine.
Cierva to Cold Weather.
Convertable Aircraft to Curvilinear motion.
Dampers to Flapping Theory.
Flapping and Feathering Theory to Gearing.
General to Hohenemser.
Hoppicopter to Jet Propulsion.
Jet Propulsion to Klemmin.
Lag Hinge Theory to Los Angeles Airway.
Los Angeles Airway to Mechanisms.
Models to Performance.
Principles to Stress Analysis.
Stress Analysis to Student Design.
Student Design to Tower.
Sikorsky to Stability.
Stalling to Theory and Design.
Theory and Design.
Theory and Design to Transmission.
Acoustics: Automobiles to Acoustics: Radio.
Acoustics: Rocks to Aerodynamics: Atmosphere.
Aerodynamics: Bridge to Aerodynamics: Chimneys.
Aerodynamics: Cowling to Aerodynamics: Flat.
Aerodynamics: Flutter to Aerodynamics: Fuselage.
Aerodynamics: Gasflow to Aerodynamics: Nomenclature.
Aerodynamics: Nonuniform to Aerodynamics: Rotating.
Aerodynamics: Rotating to Aerodynamics: Sails.
Aerodynamics: Sails to Aerodynamics: Subways.
Aerodynamics: Subways to Aerodynamics: Trains.
Aerodynamics: Transition to Aerodynamics: Turbulance.
Aerodynamics: Turbulance to Aerodynamics: Viscosity.
Aerodynamics: Viscosity to Aerodynamics: Vortex.
Aerodynamics: Vortex to Aerodynamics: Wake.
Aerodynamics: Absäugung to Airfoils: Data.
Airfoils: Davis to Airfoils: General.
Airfoils: Handley Page.
Airfoils: Handley Page to Airfoils: Joukowski.
Airfoils: Karman to Airfoils: Scale effects.
Airfoils: Scale Effects to Airfoils: Theory.
Airfoils: Theory to Airplane Descriptions: Boeing.
Airplane Descriptions: Bombers to Airplane Descriptions: Catalogues.
Airplane Descriptions: Cessna to Airplane Descriptions: Junkers.
Airplane Descriptions: Langley to Airplane Descriptions: Passenger.
Airplane Descriptions: Passenger to Airplane Descriptions: Ship's Fighter.
Airplane Descriptions: Shop Visits to Airplane Descriptions: Small Commercial.
Airplane Descriptions: Small Commercial to Airplane Descriptions: Sportsman.
Airplane Descriptions: Spratt to Airplane Descriptions: Training.
Airplane Descriptions: Training.
Airplane Descriptions: Training to Airplane Descriptions: Transport.
Airplane Descriptions: Transport to Airports: Economic Effects.
Airports: Equipment to Airports: Landing Leads.
Airports: Lighting to Airports: Runways.
Airports: Runways to American Bureau of Shipping: Committees.
American Bureau of Shipping: Conferences to Amphibians: Descriptions.
Amphibians: Descriptions to Army: Bids.
Army: Bids to Army Specifications.
Army: Specifications to Army: Standards.
Army: Specifications to Army: Standards.
Army: Standards to Army Tactics.
Army: Tactics to Autogiros: Descriptions.
Autogriro: Design to Autogiro: Performance.
Autogiro: Performance curves to Autogiro: Stability.
Autogiro: Stability to Automobiles: American.
Automobiles: Automatic to Automobiles: Spring.
Automobiles: Streamline to Biplane Combinations: Center of Pressure.
Biplane Combinations: Experiments to Control Surfaces: Ailerons.
Control Surfaces: Ailerons to Control Surfaces: Servo.
Control Surfaces: Stability to Cooling: Heat.
Cooling: Heat to Design: Aspect Ratio.
Design: Bendix to Design: Electrical.
Design: Electric to Design: Instrument Board.
Design: Insurance View to Design: Plywood.
Design: Pressurized Cabin to Design: Skis.
Design: Spars to Design: Transport.
Design: Tricycle Landing to Design: Windshields.
Design: Wings to Dirigibles: Fabrics.
Dirigibles: General Discussion to Dirigibles: Material.
Dirigibles: Metal-clad to Dirigibles: Rigids.
Dirigibles: Records to Dynamics: Dampers.
Dynamics: Earthquakes to Dynamics: Vibration.
Dynamics: Vibration to Education: Exams.
Education: Exams to Equipment: Cameras.
Equipment: De-lcen to Floats: construction.
Floats: General to Flying: Accidents.
Flying: Assisted take-off to Flying: Night Flying.
Flying: Navigation to Flying Boats: Boeing.
Flying Boats: Description to Flying Boats: Severski.
Flying Boats: Sikorski to Full Flight: Maneuverability.
Full Flight: Manufacturers to Full Flight: Performance Tests.
Full Flight: Performance Tests to Full Flight: Safety Competition.
Full Flight: Safety Competition to Full Flight: Stability.
Full Flight: Stick Forces to Gasoline Systems: Pumps.
Gasoline Systems: Pumps to Gliders: Conferences.
Gliders: Construction to Gliders: Klemin Stories.
Gliders: Meets to Gliders: Training.
Gliders: Trains to Helicopters: D'Ascanio.
Helicopters: D'Ascanio to Helicopters: General.
Helicopters: Gyroscopic to Helicopters: Piasecki.
Helicopters: Platt to Helicopters: Theory.
Helicopters: Theory to History Dirigibles.
History: Early Pioneers to Hydrolics: Aerodynamics.
Hydrolics: Axial Flow Fan To Hydrolics: Research.
Hydrolics: Rust to Industrail Application: Mining.
Industrial Application: Newspaper to Industry: Development.
Industry: Personalities to Instruments: Altimeters.
Instruments: Altimeters to Instruments: Catalogues.
Instruments: Catalogues to Instruments: Gyroscopes.
Instruments: Hot Wire to Instruments: Tell-tale.
Instruments: Tensiometers to Instruments: Vibration.
Instruments: Vibration to Inventions: Rockets.
Inventions: Roof Landings to Klemin: Metal Construction.
Klemin: Mirror Pilot to Klemin: Trains.
Kinematics: Dynamic to Low Power Planes: Klemin.
Low Power Planes: meets to Maneuvers: Controllability.
Materials: Aluminum to Materials: NonFerrous.
Materials: Non-Ferrous to Mathematics: Simpson's Rule.
Mathematics: Slide Rules to Mechanics of Flight:Landing.
Mechanics of Flight: Landing to Medical Aspects: Pilot Selection.
Metal construction: Stainless to Metal Construction: Substitution.
Metallurgy: Ferrous to Meteorology: Turbulence.
Meteorology: Upper Atmospehere to Motors: Auxiliary Power Units.
Motors: Balance to Motors: Compression.
Motors: Connecting Rods to Motors: Cycles.
Motors: Cyclone to Motors: Description.
Motors: Description to Moters: Diesels.
Motors: Diesel to Motors: Fatigue.
Motors: Fins to Motors: Fuels.
Motors: Fuels to Motors: General.
Motors: German to Intercoolers.
Motors: Intercooler to Motors: Laboratories.
Motors: Liquid Cooling to Motors: Master Rods.
Motors: Materials to Motors: Pratt & Whitney.
Motors: Power Plant to Motors: Submerged Engine.
Motors: Supercharging to Motors: Two-cycle.
Motors: Turbine to Naval Architecture: Ship Resistance.
Naval Architecture: Skin Friction to Navy: Weight Statement.
New York University: Reprints to Performance Calculations: Controllable.
Performance Calculations: Corrections to Photographs: Aerodynamics.
Photographs: Airplanes to Photographs: Airships.
Photographs: Airship Accessories to Photographs: Engines.
Photographs: Factories to Photographs: Landing Gear.
Photographs: Landing Field to Photographs: Passenger Compartment.
Photographs: Personalities to Photographs: Safety Competition.
Photographs: Safety Competition to Photographs: Transportation.
Photographs: Transportation to Propellers: Controllable Pitch.
Propellers: Counter to Propellers: Magnesium.
Propellers: Maintenacne to Propellers: Stress Analysis.
Propellers: Submerged Engine to Propellers: Variable Pitch.
Propellers: Variable Pitch to Propellers: Windmills.
Propellers: Windmills to Radio: Traffic Control.
Research: Aerodynamics to Sand Testing: Complete Machine.
Sand Testing: Complete Machine to Seaplanes: Take off.
Shop Process: Bag Moulding to Shop Process: Pressing.
Shop Process: Photographic Methods to Shop Process: Welding.
Shop Process: Wood Shop to Stability: Electrical Solution.
Stability: Flying Qualities to Stability: Operations.
Stability: Polynomial Equasions to Stability: Stabilizers.
Stability: Stabilizers to Strength of Materials: Columns.
Strength of Materials: Continous Beam to Strength of Materials: Plastic Bodies.
Strength of Materials: Plasticity to Strength of Materials: Welded Joints.
Strength of Materials: Wheels to Stress Analysis: Chassis.
Stress Analysis: Columns to Stress Analysis: Cylinders.
Stress Analysis: Door Stresses to Stress Analysis: General.
Stress Analysis: German Methods to Stress Analysis: Moment Distribution.
Stress Analysis: Monocoque to Stress Analysis: Reduced Modules.
Stress Analysis: Research to Stress Analysis: Skin.
Stress Analysis: Skin to Stress Analysis: Stress Ratios.
Stress Analysis: Striners to Stress Analysis: Variable Moment of Inertia.
Stress Analysis: V.G. Diagrams to Testing of Materials: Thermo-elasticity.
Testing of Materials: Toughness of Wood to Transportation: Cargo Handling.
Transportation: Communications to Transportation: Feeder Line.
Transportation: Financial Analysis to Wind Tunnel Operation: Supersonic.
Plywood and Miscellaneous.
Automatic Pilot and Miscellaneous.
Wood Construction and Miscellaneous.
Wind Tunnel and Miscellaneous.
Ranger Aircraft Engine Installation Manual and Princeton Univ. Preliminary Reports on Blades.
Dynamics of Spin and Spin Balance.
Spin Balance and Spin Reports.
Spin Reports and Miscellaneous.
May 21, 1861-July 6, 1915.
July 6, 1915-June 20, 1935.
July 14, 1925-October 22, 1931.
December 1, 1931-July 24, 1934.
August 21, 1934-May 8, 1938.
March 22, 1938-December 25, 1944 and Unassociated Patents.
Letters, photographs, etc.
Photographs, ephemera, research material, etc.
Klemin's Subject Index to Articles in Technical Journals
Index to Subject Headings.
A - Acoustics.
Acoustics - aerodynamics.
Aerodynamics - Airfoils.
Airfoils - Airplane description.
Airplane description - Airports.
Airports - Army bombing.
Army bombing - authors.
Autogyros - balloons.
Balloons - Commerce Department.
Commerce Department - control surfaces.
Control surfaces - cooling.
Cooling - design.
Design - dirigibles.
Drawing office data - dynamics.
Dynamics - floats.
Floats - flying.
Flying - flying boats.
Flying boats - full flight.
Full flight - gliders.
Gliders - helicopters.
Gliders - helicopters.
Helicopters - history.
History - hydraulics.
Hydraulics - industrial application.
Industrial applications - inspections.
Inspections - instruments.
Instruments - low power planes.
Low power planes - materials.
Materials - mathematics.
Mechanics - metal construction.
Metal construction - meteorology.
Meteorology - motors.
Motors - Navy.
Navy - performance calculations.
Performance calculations - post office.
Post office - propellers.
Propellers - radio.
Radio - research.
Research - sea planes.
Sea planes - shop processes.
Shop processes - stability.
Stability - strength.
Strength - stress.
Stress - testing.
Testing - transportation.
Transportation - wind tunnel abrastion.
Wind tunnel abrasion.
Wind tunnel abrasion - Z.